STOOP - Stevenage Outer Orbital Path

The STOOP - Stevenage Outer Orbital Path is 43.42 km long, so most hikers treat it as a 2-day outing or break it into shorter sections. Strong walkers can complete the full circuit in a long day, but the route is officially suited to multi-day walking and its near-500 m of climbing makes a staged approach more comfortable.

The STOOP - Stevenage Outer Orbital Path is generally rated easy, with 496 m of total elevation gain spread across a 43.42 km circuit. That means the challenge comes more from the overall distance than from steep or technical terrain, so it is better described as a long, steady walk around Stevenage than a hard hill route.

The STOOP - Stevenage Outer Orbital Path is a circular route around Stevenage, so it finishes where it starts and can be joined from several points on the loop. One documented start point is at Graveley, North Hertfordshire, SG4 7LB, and the path is widely described as forming a full circle around the perimeter of Stevenage.

Yes. The STOOP - Stevenage Outer Orbital Path is commonly split into shorter walks rather than tackled as one continuous 43.42 km circuit. North Hertfordshire Ramblers describe the route in multiple linked walks, which makes it practical to plan half-day or day sections around different access points on the orbital loop.

Parking depends on which section of the STOOP - Stevenage Outer Orbital Path is being walked, because the route circles Stevenage and has several access points. Published walk notes mention parking bays on some sections, while organized STOOP walks have also used Woodside Car Park near the Queen Mother Theatre as a practical access point for part of the route.

Yes. Because the STOOP - Stevenage Outer Orbital Path loops around Stevenage, it can be accessed from the town’s transport network rather than from a single remote trailhead. Stevenage railway station on Lytton Way provides a useful arrival point, and different sections of the circuit can then be joined from the town edge or nearby roads and paths.